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Top Discharge Centrifuge for Small-Scale Sludge Dewatering Description The Top Discharge Centrifuge is designed for batch dewatering of filterable sludge from small wastewater treatment units, industrial cleaning systems, chemical treatment processes, and pilot-scale sludge handling projects. It is suitable for sludge that has been conditioned, thickened, or flocculated to form a removable filter cake inside the basket. During operation, liquid passes through the filter

Top Discharge Centrifuge for Small-Batch Wastewater Precipitate Dewatering Description The Top Discharge Centrifuge is designed for the batch dewatering of filterable precipitates generated during industrial wastewater treatment. It is suitable for small-volume or intermittent treatment systems where chemical precipitation produces solids such as metal hydroxides, carbonates, phosphates, fluorides, neutralization sludge, or other inorganic treatment residues. The centrifuge

Scraper Bottom Discharge Centrifuge for Inorganic Salt Separation Description The scraper bottom discharge centrifuge is designed for batch solid-liquid separation and dewatering of inorganic salt crystals. It is suitable for inorganic salt production lines that require efficient crystal recovery, automatic cake discharge, stable moisture control, continuous batch operation, and reduced manual handling. For inorganic salt separation projects, Peony provides complete

Scraper Bottom Discharge Centrifuge for Fertilizer Salt Crystal Dewatering Description The Scraper Bottom Discharge Centrifuge is designed for the dewatering, washing, and automatic discharge of filterable fertilizer salt crystals after evaporation, cooling crystallization, or reaction crystallization. Fertilizer salt slurry commonly contains crystals together with mother liquor, dissolved impurities, and residual process liquid. The centrifuge separates the mother liquor

Bag Lifting Centrifuge for Antibiotic Intermediate Separation Description Bag Lifting Centrifuge is a batch-type top discharge separation system designed for high-purity, heat-sensitive and contamination-sensitive materials. It is widely used in antibiotic intermediate separation , where strict cleanliness, low residue, and crystal integrity are required. The lifting bag discharge system allows gentle cake removal without mechanical scraping , reducing crystal damage and

Top Discharge Centrifuge for Dye Intermediate Crystal Dewatering Description The top discharge basket centrifuge is designed for batch solid-liquid separation and dewatering of dye intermediate crystals. It is suitable for dye intermediate production lines that require flexible batch operation, reliable crystal recovery, controlled cake moisture, easy cleaning, and anti-corrosion configuration. For dye intermediate crystal dewatering, Peony provides not only centrifuge

Scraper Bottom Discharge Centrifuge for Mineral Salt Dewatering Description The scraper bottom discharge centrifuge is designed for efficient solid-liquid separation and dewatering of mineral salt crystals. It is suitable for mineral salt processing plants that require automatic cake discharge, stable moisture control, reduced labor requirements, and reliable batch production. The centrifuge combines high centrifugal force with automatic scraper discharge to achieve effective

Scraper Bottom Discharge Centrifuge for Chlor-Alkali Salt Sludge Separation Description The Scraper Bottom Discharge Centrifuge is designed for the solid-liquid separation, washing, and dewatering of chlor-alkali salt sludge generated during brine purification. In a typical chlor-alkali process, raw brine may contain calcium, magnesium, suspended solids, insoluble impurities, silica, iron compounds, and other contaminants. After chemical purification, calcium carbonate,

Scraper Bottom Discharge Centrifuge for Petrochemical By-Product Salt Separation Description The Scraper Bottom Discharge Centrifuge is designed for solid-liquid separation, cake washing, and dewatering of crystallized by-product salts generated in petrochemical wastewater treatment, brine concentration, evaporation, and crystallization systems. Petrochemical by-product salt streams may contain sodium chloride, sodium sulfate, mixed inorganic salts, residual mother liquor,